DevOps & Cloud Templates
DevOps and cloud diagram templates — CI/CD pipelines, Kubernetes architectures, deployment flows, GitOps, and monitoring stacks for modern infrastructure.
7 templates
CI/CD Pipeline Diagram
Visualize code flowing from commit through build, test, and automated deployment stages
Kubernetes Architecture Diagram
Show the Kubernetes control plane and worker node components and how they connect
GitOps Workflow Diagram
Map the Git-driven deployment loop where a repo is the source of truth for infrastructure
Monitoring & Observability Stack Diagram
Show how metrics, logs, and alerts flow from services into dashboards and on-call paging
Microservices Architecture Diagram
Map independent services linked by an API gateway, message bus, and per-service data stores
AWS Cloud Architecture Diagram
Show a typical AWS web app stack from CloudFront and ALB to compute, RDS, and S3
Incident Response Decision Tree
Guide on-call engineers from alert detection through severity triage to resolution and review
About devops diagrams
DevOps and cloud diagrams show how code becomes a running service and how that service stays healthy. They cover CI/CD pipelines from commit to production, Kubernetes control planes and workloads, and GitOps reconciliation loops. They also cover cloud network layouts and the metrics, logs, traces and alerts behind on-call.
Platform engineers, SREs, DevOps engineers and cloud architects use them to design delivery pipelines, plan migrations and onboard new engineers. Engineering managers use them in reviews to show where releases are gated and who gets paged. After an incident, a diagram of the deploy path or the alert routing helps the team see exactly where the gap was.
A good DevOps diagram shows environments and gates, not just tools. Readers should see where tests run, where an artifact is built once and promoted, where approval is required, and how a bad release is rolled back. Cloud diagrams should show network boundaries such as VPCs, public and private subnets, and availability zones. Observability diagrams should end at a person: the alert, the routing rule and the on-call rotation that responds.
Which template should you pick?
- Pick CI/CD Pipeline Diagram when you want the delivery loop from commit through build and test to deploy, edge and observability, drawn as a cycle.
- Pick GitOps Workflow Diagram when Git is the source of truth and an operator such as Argo CD reconciles the cluster and detects drift.
- Pick Kubernetes Architecture Diagram when showing what runs in a cluster: the control plane, pods, ingress, stateful workloads, a cache and monitoring.
- Pick AWS Cloud Architecture Diagram when you need an AWS stack overview: compute, containers on EKS, RDS, ElastiCache, a CDN and infrastructure as code.
- Pick Incident Response Decision Tree or Monitoring & Observability Stack Diagram when the focus is detection, paging, triage and review.
Or generate one from a prompt
- “CI/CD pipeline with GitHub Actions: pull request checks, build the Docker image once, push to registry, deploy to staging, manual approval, production, automatic rollback.”
- “AWS architecture across two availability zones: Route 53, CloudFront, ALB, ECS services in private subnets, RDS Postgres with a standby, ElastiCache and S3.”
- “Observability stack: services emit OpenTelemetry traces and Prometheus metrics, logs go to Loki, Grafana dashboards, and Alertmanager pages the PagerDuty on-call rotation.”
Paste any of these into the AI diagram generator to get an editable, animated diagram in seconds.
Tips for customizing devops templates
- Add environments and approval gates as their own nodes, such as Staging, Manual Approval and Production, so reviewers can see where a release can stop.
- Include the rollback path. A pipeline that only moves forward hides the step that matters most during an incident.
- Label cloud components with their region, availability zone and public or private subnet, since placement decides what fails together.
- Show where secrets come from, such as a secrets manager or sealed secrets, instead of leaving credentials implicit.
- In the Incident Response Decision Tree, write severity criteria into the triage labels, for example SEV1: customer-facing outage.
Learn more: Decision tree examples, including incident severity